How Does The Pick And Place Equipment Work?

The SMT pick and place machine is actually a precise industrial PCB pick and place robot, which is a combination of machine-electric-optical and computer control technology. It fastly and accurately places SMC/SMD components on the specified pad position on the PCB board without damaging the components and printed circuit boards through functions such as suction-displacement-positioning-placement. There are three ways of component alignment: mechanical alignment, laser alignment, and visual alignment. The SMT electronics pick and place machine is composed of a rack, an x-y motion mechanism (ball screw, linear guide, drive motor), a placement head, a component feeder, a PCB carrying mechanism, and a device alignment detection device, and a computer control system. The movement is mainly realized by the x-y motion mechanism, the power is transmitted through the ball screw, and the directional movement is realized by the rolling linear guide motion pair. The placement position accuracy of each component is guaranteed in this way.

Where The Pick And Place Equipment Is Used?

It loads different working files to mount the corresponding PCB. If you want to know more about the price of a PCB pick and place machine/ PCB soldering machine/ PCB component placement machine/ PCB SMT assembly machine, please contact us!

What Is The Difference Between SMT And SMD?

The difference between an SMD assembly machine and an SMT assembly machine is that SMD (surface mount device) refers to electronic components mounted on PCB. In contrast, SMT (surface mount technology) involves a method for placing electronic components on a printed circuit board. As one of the pick and place machine manufacturers in China, our company provides various pick and place machines, for example, small SMT pick and place machine/ placement machine, SMT chip mounter/ mounting machine, SMT soldering machine, small SMD machine and mini SMD component mounting machine/ surface mount device, SMD pick and place machine/ placement machine, SMD surface mount device/ mounting machine, SMD soldering machine.

Mass Production SMT Line

If you are a mass production factory, choosing our SMT Line is the best choice. Our company has a professional sales team and a full-service after-sales team. Our company can provide customized production line services according to your needs.

Types of Mass Production SMT Line

Auto Loader+Tronstol A1 Pick and Place Machine*2 Line1
Auto Loader+Tronstol A1 Pick and Place Machine*2 with Automatic Solder Printer PM400 and Auto Unloader and Tronstol Reflow Oven L12 - Economical Mass Production SMT Line.
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Auto Loader+Tronstol A1 Pick and Place Machine*3 Line2
Auto Loader+Tronstol A1 Pick and Place Machine*3 with Automatic Solder Printer PM400 and Auto Unloader and Tronstol Reflow Oven L8 - Economical Mass Production SMT Line.
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Auto Loader+Tronstol A1 Pick and Place Machine*2 Line3
Auto Loader+Tronstol A1 Pick and Place Machine*2 with Automatic Solder Printer PM400 and Auto Unloader and Tronstol Reflow Oven L8 - Economical Mass Production SMT Line.
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Auto Loader+Tronstol A1 Pick and Place Machine*3 Line4
Auto Loader+Tronstol A1 Pick and Place Machine*3 with Semi-Automatic Solder Printer YS 1200 and Auto Unloader and Tronstol Reflow Oven L8 - Economical Mass Production SMT Line.
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Auto Loader+Tronstol A1 Pick and Place Machine*3 Line5
Auto Loader+Tronstol A1 Pick and Place Machine*3 with Semi-Automatic Solder Printer YS 1200 and Auto Unloader and Tronstol Reflow Oven L12 - Economical Mass Production SMT Line.
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Tronstol A1 Pick and Place Machine*2 Line6
Tronstol A1 Pick and Place Machine*2 with Automatic Solder Printer PM400 and Coveyor C08 and Tronstol Reflow Oven L8 - Economical Mass Production SMT Line.
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Tronstol A1 Pick and Place Machine*2 Line7
Tronstol A1 Pick and Place Machine*2 with Automatic Solder Printer PM400 and Coveyor C08 and Tronstol Reflow Oven L12 - Economical Mass Production SMT Line.
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Tronstol A1 Pick and Place Machine*2 Line8
Tronstol A1 Pick and Place Machine*2 with Automatic Solder Printer PM400 and Coveyor C10 and Tronstol Reflow Oven L8 - Economical Mass Production SMT Line.
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Tronstol A1 Pick and Place Machine*2 Line9
Tronstol A1 Pick and Place Machine*2 with Automatic Solder Printer PM400 and Coveyor C10 and Tronstol Reflow Oven L12 - Economical Mass Production SMT Line.
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Tronstol A1 Pick and Place Machine*2 Line10
Tronstol A1 Pick and Place Machine*2 with Automatic Solder Printer PM400 and Coveyor C12 and Tronstol Reflow Oven L8 - Economical Mass Production SMT Line.
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Tronstol A1 Pick and Place Machine*2 Line11
Tronstol A1 Pick and Place Machine*2 with Automatic Solder Printer PM400 and Coveyor C12 and Tronstol Reflow Oven L12 - Economical Mass Production SMT Line.
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Auto Loader+Tronstol A1 Pick and Place Machine*3 Line12
Auto Loader+Tronstol A1 Pick and Place Machine*3 with Automatic Solder Printer PM400 and Auto Unloader and Tronstol Reflow Oven L12 - Economical Mass Production SMT Line.
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What is PCB Assembly?

A PCB Assembly is to assemble electronic components to the PCB using SMT PCB assembly equipment to realize the printed circuit board assembly. This assembly process can be automated for small SMD production and mass production. As a professional PCB assembly line supplier, Tronstol can provide you with 12 PCB assembly lines for mass production to meet the needs of electronic PCB assembly. Our PCB manufacturing machines are of high quality that you can trust. Contact us now for more information.

Advantages of Surface Mount Technology in PCB Assembly

Mass production excellence is associated with speed, quality, and cost. In the past, "Through-Hole" technology has made a big step out of hand-crafted solutions and gradually dominated the manufacturing market. But for now, with the development of technology in the field of electronics, surface mount technology plays a significant role in the manufacturing market. SMT in PCB assembly has a wide range of advantages: faster production time, higher component density, less drilling, more affordable, reliable soldering, assembly with accurate temperature profile and allows for compact PCB. Companies should adjust based on changing levels of demand to meet dynamic market needs.